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Root phenology in a changing climate
Laura Radville
, M. Luke McCormack
, Eric Post
, David M. Eissenstat
Biology
Plant Institute
Research output
:
Contribution to journal
›
Review article
›
peer-review
114
Scopus citations
Overview
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Keyphrases
Belowground Phenology
16%
Carbon Availability
16%
Climate Change
100%
Early Season
16%
Ecological Response
16%
Ecosystem Processes
16%
Greenhouse Gas Fluxes
16%
Knowledge Gaps
16%
Local Community
16%
Minirhizotrons
16%
Net Primary Production
16%
Peak Growth
16%
Phenological
16%
Phenology
50%
Plant Biomass
16%
Plant Performance
16%
Plant Phenology
33%
Plant Roots
16%
Response to Climate Change
16%
Result Interpretation
16%
Root Growth
33%
Root Initiation
33%
Root Phenology
100%
Soil Temperature
16%
Species Composition
16%
Warm Temperature
16%
Winter Season
16%
Agricultural and Biological Sciences
Climate Change
15%
Dormancy
7%
Greenhouse Gas
7%
Phenology
100%
Primary Production
7%
Root Growth
15%
Soil Temperature
7%
Medicine and Dentistry
Phenology
100%
Species Composition
7%
Winter Dormancy
7%